baber/WOPTO huggingface dataset:
Patent JP-H09322732-A (JP)
Title: Bracken-starch pastry-like bean curd food and its production
Inventor: NAKAJIMA MAKOTO
IPC: A23L29/20
Filed: 1996-06-07
Abstract: PROBLEM TO BE SOLVED: To simply and surely produce the subject food having good texture and taste, capable of eating by cake feeling and suitable as a health food by mixing water with soybean protein, starch and a gelling agent and heating and cooling the mixture. SOLUTION: A heat-treated raw material mixture 3 (a mixture obtained by mixing water with soybean protein, starch and a gelling agent and heating the mixture) is fully packed into a recessed part 2 of a container 1 and an opening part of the container 1 is sealed by a conventional sheet 4 made of a plastic. After sealing, the container is subjected to heat treatment at 70-110 deg.C for >=5min and cooled to provide the objective bracken-starch pastry-like burn curd food 5.
Patent JP-2000002601-A (JP)
Title: Stress measuring method
Inventor: SAKAI SADAAKI
IPC: G01L1/00
Filed: 1998-06-16
Abstract: PROBLEM TO BE SOLVED: To measure a stress acting on an object to be measured accurately. SOLUTION: In the method for measuring a stress acting on an object to be measured through the use of a magnetostrictive sensor, the output waveform of electromotive force in the case of being induced by rotating the magnetostrictive sensor in the vicinity of the object to be measured is expressed in the equation (1) to obtain AS, BS, and CS, Then, BS is converted into dimensionless through the use of AS and a function indicating the relationship between a parameter A and a value used for conversion into dimensionless form, and the stress acting on the object to be measured is measured on the basis of a function indicating the relationship between stress and the electromotive force of the magnetostrictive sensor converted into dimensionless from and BS converted into dimensionless form. V=A+B.COS[2.(θ-C)]...  (1) Here, V is the rectification value of the D.C. electromotive force induced in the magnetostrictive sensor. θ is the angle between the bisector of the angle formed by straight lines linking both opening ends of both U-shaped yokes and the reference axis of the object to be measured. A, B, and C are parameters.
Patent JP-S5690083-A (JP)
Title: Sesquiterpene compound and its preparation
Inventor: OOISHI TAKESHI
IPC: C07D319/06
Filed: 1979-12-24
Abstract: NEW MATERIAL:The sesquiterpene compounds of formula I and formula II.  
     USE: Synthetic intermediate of an antifeedant for army worm. Useful for the total synthesis of cinnamodial hitherto extracted from warburigia or cinnamosma which are vegetables grown in Africa.  
     PROCESS: The compound of formula I is prepared by treating the compound of formula III with an alkali. The treatment is pref. carried out in dioxane as a solvent, using NaOH as the alkali, at room temperature. The produced compound of formula I is made to react with an oxidizing agent under basic or neutral conditions to afford the compound of formula II. The oxidizing agent is pref. DMSO reagent (trifluoroacetic acid, dicyclohexyl carbodiimide). The reaction proceeds at room temperature. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S6230698-A (JP)
Title: Growth of single crystal
Inventor: SAKURAI JUNJI
IPC: H01L21/208
Filed: 1985-07-31
Abstract: PURPOSE:To obtain an ingot of high-purity single crystal silicon having a large dimater and containing much oxygen, by converting an ingot of polycrystal silicon, formed by the chemical vapor deposition (CVD) technique and containing much oxygen into a single crystal by the zone melting method. CONSTITUTION:A rod 1 of a seed crystal silicon is set in a chamber 3, which is then heated. Tetrachlorosilane gas (SiCl4) 4 and O2 or H2O gas 5 are introduced into the chamber 3 to thermally decompose the tetrachlorosilane 4 and form polycrystal silicon 2 containing much oxygen around the rod 1 of the seed crystal silicon. A seed crystal silicon part 6 is applied to the head part of the resultant polycrystal silicon 7 having a large caliber, and the head is melted while heating with an RF heater 8. The RF heater 8 is then slowly moved downward while rotating the polycrystal silicon 7 in the direction of arrow to form the aimed single crystal silicon 10, having a large caliber and containing much oxygen.
Patent JP-S6150605-A (JP)
Title: Regeneration of porous hollow yarn filter membrane
Inventor: TABUCHI MITSUHIKO
IPC: B01D65/02
Filed: 1984-08-14
Abstract: PURPOSE:To prevent the damage possibility of a porous hollow yarn filter membrane by enhancing the releasability of fine particles such as suspended substances adhered to the porous hollow yarn filter membrane, by providing a constant flow amount backwashing mechanism to a backwashing gas supply line. CONSTITUTION:A constant flow amount backwashing mechanism C consisting of a pressure reducing valve 11 and a flow regulator 13 is provided on a backwashing gas supply line 9. When a suspended substance is adhered to the surface of a porous hollow yarn filter membrane 2 and filtering capacity is lowered, a raw solution supply valve 5 and a filtrate discharge valve 7 are closed and a backwashing gas supply valve 10 is opened in such a state that the filter membrane 2 is immersed in the solution and a constant flow amount of pressurized gas is introduced into the hollow yarns of the filter membrane 2 from the line 9 through the filtrate zone part A of a filter vessel 1 under pressure and gas bubbles are generated from the surface of the membrane to release and remove the sticky substance such as the suspended substance or microorganism accumulated on and adhered to the surface of the membrane 2. Backwashing gas is introduced into a backwashing solution receiving tank 3 from a backwashing gas outlet line 16 to drop the suspended substance and exhaust through the demister 4.
Patent JP-H08335510-A (JP)
Title: Superconductive magnet coil
Inventor: KOYAMA TORU
IPC: C09D201/00
Filed: 1996-06-28
Abstract: PURPOSE: To provide a superconductive magnet coil where no micro crack occurs in cured impregnating resin, and no quenching occurs even when an electromagnetic force is applied to it in operation. CONSTITUTION: A superconductor is wound on and impregnated with curing resin composition, the curing resin composition is cured for the formation of a superconductive magnet coil, and resin whose safety factor is set to 1.4 to 70 is used as the curing resin composition, wherein the safety factor F is defined by a formula, F = (bending strain at 4.2K)/(thermal shrinkage difference between thermosetting resin and superconductor both cooled down to 4.2K from glass transition temperature of resin). Therefore, no micro crack occurs in cured impregnating resin, and no quench occurs in a superconductive magnet coil of this constitution even when an electromagnetic force is applied to it in operation.
Patent JP-S5990833-A (JP)
Inventor: EEJISU AI MIHARAKISU
IPC: G03B21/58
Filed: 1983-09-13
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-S6233033-A (JP)
Title: Manufacturing device for compact-stranded wire
Inventor: TAKESHITA FUMIO
IPC: H01B13/02
Filed: 1985-07-31
Abstract: PURPOSE:To improve the productivity of a compact-stranded wire by constituting the titled device so that a sector section strand is formed from a round strand by placing a compression forming roll in a strand process, and thereafter, the sector section strand is focused to a round section through a collecting die. CONSTITUTION:In the first rotary strap 6a, a round strand 9 of a high force Al alloy is brought to a compression forming to a sector section by a sector roller 10, and in the second rotary strap 6b, a sector section strand 9a is brought to a turn-stop by a holding roller 11. In the third rotary strap 6c, the strand 9a is twisted at a prescribed pitch by the holding roll 11, and thereafter, by a collecting die 7, the strand 9a is focused to a round section on a galvanized steel wire 12, and it is compressed by a roller die 13. In this way, the productivity of a compact-stranded wire can be improved.
Patent JP-H0336444-A (JP)
Title: Outdoor apparatus of air-conditioner
Inventor: HORIMIZU KIYOSHI
IPC: F24F5/00
Filed: 1989-06-30
Abstract: PURPOSE:To improve the cooling efficiency for heat-generating electric parts for extending the life time without need of radiating plates by providing vents on the bottom plate around the heat-generating electric parts. CONSTITUTION:A pedestal 12 is furnished at a specified position on a bottom plate 1c, which protrudes upward from the bottom plate and has a nearly rectangular flat surface. On both sides of the pedestal 12, slot-like vents 13 and two or more threaded set holes 14 are provided. Heat-generating electric parts 6 including a giant transistor, a rectifier, a capacitor, etc. are mounted on a base plate 15 and the base plate 15 is attached on the bottom plate 1c by screwing two or more set screws 16 into the threaded set holes 14. The heat- generating electric parts 6 are covered with a cover 17 together with the base plate 15. When an outdoor side fan 3 is operated, a negative pressure is developed inside an apparatus main body 1, so that outside air is introduced inside through the vents 13 and immediately strikes the heat-generating electric parts to cool them.
Patent JP-S59136490-A (JP)
Title: Ferrous-group metal electroplating method
Inventor: AZUMA MITSUO
IPC: C25D3/20
Filed: 1982-09-30
Abstract: PURPOSE:To perform stable plating, by bringing a metal as a plating component to be supplemented into contact with a plating solution, and dissolving said metal as the plating component in the plating solution while injecting gas to supplement said metal. CONSTITUTION:By filling the interior of a tank 1 for a plating solution with a plating solution and applying an electric current between an anode 2 and a cathode 3 to apply plating, a part of said plating solution is withdrawn and introduced into a tank 4 for dissolving a metal. In case of Fe-Zn alloy plating, for instance, the upper and lower stages of the tank 4 are packed with iron pieces 5 and zinc particles 6, respectively, and the plating solution is brought into contact with them. At the same time, gas is injected through an injection opening 7 and discharged through a drain opening 8. After the supplementation of ions to the plating solution is performed while suppressing the amount of Fe<3+>, the plating solution is introduced into a conditioner tank 9. The solution after being conditioned is circulated through a filter 10 to the plating tank 1 to apply plating.
Patent JP-H0342920-A (JP)
Title: Self power supply base and remote telephone communication set
Inventor: MAIKURU KEI PEDEIGO
IPC: H04M1/73
Filed: 1990-06-27
Abstract: PURPOSE: To allow this device to always operate at an arbitrary position at which a telephone line is provided by reducing battery consumption by using intelligent power cycling for both a base device and a remote device while a cordless remote telephone device is paused. CONSTITUTION: Immediately when a hook switch 100 is turned on, a power from a telephone line is supplied through a power regulator 180 of the telephone line to a power input node 182 with which a power cylinder circuit 112 is connected. A power input node 182 is connected with a 3V regulator 118 and a power regulator 180. Immediately when the hook switch 100 is turned on, the node 182 is held close to at least 3V by the above mentioned regulator 180. Then, currents flowing from a C cell alkaline battery 116 are interrupted by a 3V regulator 118 in response to this. Thus, the C cell alkaline battery 116 can be preserved.
Patent JP-S5961459-A (JP)
Title: Setting method of electric neutral shaft of brush for flat motor
Inventor: MIYAKE SHIYUUICHI
IPC: H02K13/10
Filed: 1982-09-30
Abstract: PURPOSE:To improve the efficiency of a flat motor by moving a neutral shaft of a magnet at the magnetizing time to relatively move a brush shaft, thereby readily containing the electrically neutral shaft of the brush in a neutral shaft width of the narrow magnet. CONSTITUTION:A brush 10 is slidably contained together with a spring 12 in a brush rocker 13, and secured to a casing 15 through a rubber rocker support 14. A magnet 11 is obtained by magnetizing a magnet blank 11' bonded in advance to the prescribed position of the casing 15. The blank 11' is magnetized by a solenoid. Since an anisotropic blank is used for the blank 11', a neutral region 16 not magnetized is formed in response to the pattern of the magnetizing coil. This pattern of the coil is magnetized by displacing in an advancing direction at the delay angle of the electrically neutral shaft of the brush corresponding to the prescribed load current.
Patent JP-H1158995-A (JP)
Title: Thermosensible coloring matter transfer aggregate
Inventor: EVANS STEVEN
IPC: B41M5/30
Filed: 1998-06-17
Abstract: PROBLEM TO BE SOLVED: To prevent the generation of color dislocation and reduce the tendency of retransfer by using a coloring matter receiving element containing a hydrated transition metal salt or a metalloid salt of a strong acid in a polymer coloring matter image receiving layer. SOLUTION: A coloring matter donor element contains a support having coloring matter layer patches dispersed in a polymer binder, and at least one of the coloring matter patches contains a side chain base-substituted coloring matter having A-(L-B)m (A is a coloring matter residue possible to be thermal- transferred; L is a divalent bond group; B is a basic substituent; m is an integer of 1-3). Besides, the coloring matter receiving element contains a support having a polymer coloring matter image receiving layer, and the receiving layer contains a hydrated transition metal salt or a metalloid salt of a strong acid. A thermosensible coloring matter transfer aggregate containing the coloring matter donor element and the coloring matter receiving element controls the retransfer of a thermal-transferred basic coloring matter and prevents color dislocation due to excess protonation.
Patent JP-H0834842-A (JP)
Title: Modified polyester
Inventor: HIRANO TAKUMI
IPC: C08G63/66
Filed: 1994-07-21
Abstract: PURPOSE:To obtain a modified polyester having an excellent clarity and a high m.p. and obtain a film having high resistances to tear, heat, and abrasion from the same. CONSTITUTION:The polyester is produced mainly from 2,6- naphthalenedicarboxylic acid or its ester-forming deriv. and a 2-8C alkylene glycol and by using, as a comonomer, a polyalkylene glycol having a number average mol.wt. of 3,000-20,000 in an amt. of 0.1-20wt.% of the polyester.
Patent JP-S5959814-A (JP)
Title: Detection of nonuniformity in circumferential distribution in blast furnace
Inventor: SAITOU HIROSHI
IPC: G01K3/02
Filed: 1982-09-30
Abstract: PURPOSE:To detect exactly the conditions in a blast furnace and to enable the adequate action for operation by providing plural sensors in the horizontal direction in the furnace, and detecting the nonuniformity in the circumferential distribution of a measuring object in accordance with the specific equation from the values measured with said sensors. CONSTITUTION:n-Pieces of sensors P1-P6 are installed in the optional bearing in the horizontal direction in a blast furnace as a furnace center as a basis. The temps. x1- xn in the circumferential direction in the blast furnace are measured with sensors P1- P6. The indices of deflection intensity in the x-, y-axis of the temp. distribution are determined by the equation I (i; the position where the sensors are mounted, alpha; the angle in the circumferential direction of the position where each sensor is mounted from the reference bearing in the horizontal direction). The index S of the deflection intensity of temp. is determined by synthesizing the indices by the equation II. The deflection bearing (d) of the measuring object in the circumferential direction of the blast furnace is determined by the equation III. The nonuniformity in the circumferential distribution is thus detected, whereby the furnace conditions are exactly detected and the adequate action for operation is made possible.
Patent JP-S6150965-A (JP)
Title: Production of optically active carboxylic acid amide
Inventor: SAKIMAE AKIHIRO
IPC: C12R1/39
Filed: 1984-08-16
Abstract: PURPOSE:To obtain the titled compound advantageously, by subjecting biochemically an ester obtained from a thiolcarboxylic acid and an unsaturated carboxylic acid ester to asymmetric hydrolysis to give easily an optically active carboxylic acid and reacting this compound with an amino compound. CONSTITUTION:A compound shown by the formula I (R1 is alkyl, aralkyl, or aryl) is reacted with a compound shown by the formula II (R2 and R3 are alkyl) preferably in the presence of a polymerization inhibitor such as hydroquinone to give a compound shown by the formula III, which is biochemically subjected to asymmetric hydrolysis by the use of a bacterium or an enzyme having asymmetrically hydrolyzing ability, to give easily an optically active substance shown by the formula IV. This compound is further processed preferably into a reactive derivative such as an acid chloride, etc., and reacted with a compound shown by the formula V (R4 is OH, NH2, or alkoxy; X is CH2 or S) preferably in a solvent preferably in the presence of an inorganic or organic base to give industrially advantageously an optically active substance shown by the formula VI, useful as a drug.
Patent JP-H05340867-A (JP)
Title: Method for detecting ply separation in fiber-reinforced composite laminate
Inventor: KITADE SHINTARO
IPC: G01N19/04
Filed: 1992-06-05
Abstract: PURPOSE:To accurately detect ply separation occurring in a fiber-reinforced composite laminate by burying an optical fiber provided with a sensor section formed by processing its core so that part of the core can become eccentric against its clad between the layers of the laminate. CONSTITUTION:The material 1a used for forming a laminate is piled up so that the direction of its fibers can be alternately changed from each other (by, for example, 90 deg.). Then the test body of a fiber-reinforced composite laminate 1 is formed by melting and hardening the piled up material 1a. At the time of forming the laminate 1, a sensor section 4a is formed in an optical fiber 4 by processing the core 3 of the fiber 4 so that part of the core 3 can become eccentric against the clad 2 of the fiber 4 and the fiber 4 is buried between the layers of the laminate 1 in parallel to one of the layers. After forming the test body, ply separation occurring in the laminate 1 is detected by observing the intensity of light transmitted through the fiber 4. When no ply separation occurs in the laminate 1, part of the light transmitted through the fiber 4 leaks out to the material 1a from the sensor section 4a and the intensity of the light transmitted through the fiber 4 is measured as a small value.
Patent JP-S5868810-A (JP)
Inventor: SUTEFUAN ETSUCHI SHIYUREIMU
IPC: H02B1/044
Filed: 1982-09-30
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-S6061147-A (JP)
Title: Method and device for producing continuously fine metallic wire
Inventor: TANIMURA TERU
IPC: B22D11/01
Filed: 1983-09-13
Abstract: PURPOSE:To enable continuous production of a fine metallic wire by injecting a molten metal jet to a stable liquid layer formed by the spiral motion approximately equal to rotating motion to cool quickly and solidify said metal and taking out the resulted fine metallic wire at the water path of the above-described liquid. CONSTITUTION:A liquid is supplied from a nozzle 14 to a water path 13 having parts 13a, 13b, 13c drawing a spiral orbit and the motion equal to rotating motion is applied to the liquid to act centrifugal force thereby forming a stable liquid layer. The jet flow 12 of a molten metal injected from a nozzle attached to the tip of a molten furnace system 11 toward the loop 13b is quickly cooled and solidified in the liquid layer traveling by drawing the rotating orbit together with the path 13. The resulted fine metallic wire is taken out at one end 13d of the water path and is taken off to a winder 15. The continuous production of the fine metallic wire with high productivity at a low working cost is thus made possible.
Patent JP-H0727656-A (JP)
Title: Foaming leakage testing method
Inventor: YOKOI YASUAKI
IPC: G01M3/12
Filed: 1993-07-09
Abstract: PURPOSE:To enhance authenticity and reliability of a test by fitting a porous sheet including a foamable liquid onto an inspection surface. CONSTITUTION:A test surface 1 is covered with a mesh sheet 3 soaked with a foamable liquid and the inner surface of a vacuum box 18 is evacuated to a negative pressure, thus generating air bubbles 20 due to air leaked from a leakage hole 2 and detecting a leaked part by observing it from an airtight window 17. The foamable liquid is constantly supplied to the leaked hole 2 due to surface tension, thus positively confirming the bubbles 20. The mesh space of the sheet 3 is spaced so that the liquid film of the foamed liquid can be retained and is selected so that it can be expanded to a size which can be confirmed visually in the case of foaming.
Patent JP-S6416205-A (JP)
Title: Power device for special vehicle
Inventor: SHIGEMORI MASA
IPC: B60K25/02
Filed: 1987-07-08
Abstract: PURPOSE:To attenuate noise along with operation and reduce the cost of output, by change-over-connecting the AC side circuit of an inverter circuit, to a squirrel-cage three-phase induction machine coupled with an internal combustion engine, and commercial three-phase power input. CONSTITUTION:In a first mode, a squirrel-cage three-phase induction machine 2 coupled with an internal combustion engine 1 is worked as a generator, and the power of three-phase AC is generated. This three-phase AC is fed to a three-phase motor 7 via an inverter circuit 4 connected by a change-over circuit 10, and an inverter circuit 8. In a second mode, the change-over circuit 10 is connected to a three-phase power plug socket 9, and to the three-phase motor 7, power from a commercial power source is fed. In this case, the internal combustion engine 1 can be stopped. In a third mode, to the DC side of the inverter circuit 8, the current of a battery 5 is fed, and the three-phase AC obtained in this AC circuit is fed to the three-phase motor 7.
Patent JP-S6230177-A (JP)
Title: Reinforcing material made of resin
Inventor: NISHIYAMA YUKIO
IPC: B62D29/04
Filed: 1985-07-31
Abstract: PURPOSE:To provide the titled reinforcing material for a sheet metal, having excellent reinforcing property and vibration-damping property and free from the change in initial tackiness with temperature, by laminating a thermosetting resin layer with another thermosetting resin layer having tackiness at normal temperature and having a thin substrate layer at the surface of or in the resin layer. CONSTITUTION:The objective reinforcing material 1 can be produced by laminating the first thermosetting resin layer 2 with the second thermosetting resin layer 3 which is tacky at normal temperature, and applying a thin substrate layer 5 (preferably organic nonwoven cloth) at the surface of or in the second thermosetting resin layer 3. Preferably, the organic nonwoven cloth is a polyester nonwoven cloth and the thin substrate layer is an inorganic nonwoven cloth comprising a nonwoven glass cloth. EFFECT:Since the thermosetting resin layer can be laminated extremely easily, the reinforcing material can be produced at a low cost. USE:A sheet metal part such as the exterior panel of automobile door, or a sheet metal part of various vehicles, electrical refrigerator, electric washing machine, etc.